Brief introduction of Jiangsu Kaiteer New-Type Decorative Materials Co., Ltd.
It contains company profile, product introduction, certification and project show.
3. Jiangsu Kaiteer New-Type Decorative Material Co., Ltd., which is located in Xinqiao
Industrial park of Jingjiang City near Yangtze River, with convenient transportation and
beautiful scenery. At present, with the investment of USD$16000000 for the first phase
project and planned USD$100000000 for the second phase project. It covers an area
of 266700 square meter as well as 50000 tons dock near Yangtze River.
The company is known as "metal decorative panel pioneer and leader in China"
relaying on " science and technology innovation, Revitalization of national industry" as
its mission, which has adopted ISO 9001 management system comprehensively. "To
produce the best Quality products, to maximize the customer's satisfaction" as its goal,
to protect ecological resources and environmental as it direction, green building new
concept as its power relying on leading panel international and independent dual core
technologies-" Brown molecular printing technology" and " Six coating and six baking
color control process" processing type printing treatment of the corrosion resistant
metal panel deeply. It can produce more than dozens of new type decorative materials
which can be widely used in building, transportation and home decoration. It can
replace the decorative materials of stone, wood and glass etc.
4. -480 meters full-auto continuous production line.
-well-established productions consisted of succesive printing&heat roller coating
equipment.
-PLC auto controller, SIMENS inverter,CONTROLNET closed-loop constrol system
-Korean auto printing machine and heat laminating& coating equipments
-Italian oven temperature constrol system
5. Advantages
Using Six Coating and Six Baking Color Constrol Process and Brown
Molecule Printing Technology to let the pigment molecule into the
substrate molecule. Both molecules crosss-existent, guarantee the
board using 25years without fade from molecule level.